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Calculation of the radiative cooling coefficient for molybdenum in a low density plasma

机译:低密度等离子体中钼的辐射冷却系数的计算

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摘要

Since the publication of our previous work[1], two changes have been made to the calculated radiative cooling coefficient for molybdenum. First, better temperature resolution in the collisional- radiative data for line emission at every low tem- peratures has bee achieved. As a result, the low temperature shape of the cooling coefficient has changed. Further, a calculation of the bremsstrahlung losses due to molybdenum in a low density plasma has been completed. As a result, the value of the cooling coefficient at the highest temperatures has been changed.
机译:自从我们以前的工作[1]发表以来,对钼的辐射冷却系数进行了两次更改。首先,在每个低温下,对于线辐射,在碰撞辐射数据中都实现了更好的温度分辨率。结果,冷却系数的低温形状已经改变。此外,低密度等离子体中由于钼引起的致辐射损耗的计算已经完成。结果,最高温度下的冷却系数的值已经改变。

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